apachaihapachai
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Everything posted by apachaihapachai
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Control+ powered model of the first generation BMW M3. This MOC uses LEGO Technic 42109 App-Controlled Top Gear Rally Car set as the source of electric parts. Free Stud.io model at Rebrickable -
From AliExpress Thanks!
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Thanks!
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I already did. This solution is way stronger. The model turns easier. The only drawback is sligtly redused steering angle.
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Maybe this can be more realistic.
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Compact and capable remote controlled pickup truck. The model is driven by 2 L-Motors. It can be powered by either a BuWizz 2.0 or a Mould King 6.0 module. The model is designed to run on 1.0'' RC tires (~54mm) Free Stud.io model at Rebrickable
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It actually has a slight positive caster angle in the front :D
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A fun to drive monster truck. It is equipped with RC Buggy motor for drive, Servo motor for steering and BuWizz 2.0 for power. Mods: The rear axle can be swapped with the copy of the front one for better playing capabilities. The tires can be swapped for cheaper Tire 107 x 44R Tractor or any RC ones. The hood can be can be fixed in place using shortened bb0219 Stacking Pin for Track Storage (as shown in first photo) Free 3D model at Rebrickable The model can easily wreck some tires. And even make wheelies.
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My first attempt at building a construction vehicle. The tracked crawler front loader with a fully functional boom. It can lift and transport up to 400g of load. Free Stud.io model at Rebrickable
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But with planetary wheel hubs instead
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Mercedes-Benz Unimog I made to compete in the outdoor truck trials. The 3D model is avaliable for free at Rebrickable.
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And after 2 years I finally completed a free Stud.io model at Rebrickable
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[MOC] Kei Van
apachaihapachai replied to apachaihapachai's topic in LEGO Technic, Mindstorms, Model Team and Scale Modeling
Made a lot of improvements to the model. -
Very compact (9 studs wide, 22 studs long) Japanese kei car. It was made to compete in the kei car racing event. Free Stud.io model at Rebrickable Old version: Current version:
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Yes. The 4x4 drivetrain is free spinning. At the rear the drivetrain is connected to the improvised disk brake made out of the 30mm wheel and the actuator. Lateral grip is very important too. That's why I used wide slick wheels. Rear brakes only are very bad idea. Everyone with the rear brakes only spun out during the race. ______________________________________________________________________________________________ Video from the event:
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This model was created to compete in the Downhill Race event. The goal of the event was to build a gravity-powered vehicle with working brakes and complete the course on inclined park walks. Functions: - 4-wheel transmission brake; - Steering. Free Stud.io model at Rebrickable
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The F35 resemblance is just a coincidence. It wasn't meant to be any particular fighter jet. I had in mind a trainer jet. Something like T-45 Goshawk.
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This model was inspired by the idea to use as much technic panels as possible. It can fit a minifigure inside and got a functional landing gear. It can fit a minifigure inside and got a functional landing gear. Free Stud.io model at Rebrickable
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Some outdoor testing
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Here's a short video. Obviously I can't floor it to show the max speed due to space limitations. Can't test it outdoors right now because of snow sadly.
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The fast and light model inspired by Formula One McLaren cars of the late 80's - early 90's. Made in the Marlboro livery. Power: BuWizz 2.0; Propulsion: RC Buggy Motor; Weight: 1Kg; Working quick release steering wheel; No suspension for better rigidity. Free stud.io file
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Indoor events.
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I moved the whole headlight assembly 1 plate higher. This, combined with new a-pillars and mirrors, makes a difference in overall look of the model.
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Now I'm happy with the looks of the set